We present results from our recent development of a multi-beam Doppler lidar system for accurate 3-dimensional wind measurements. The eye-safe all-fibre system consists of a single seed laser that is amplified in multiple stages and shared between the three emitters. Steps towards wind turbine blade integration will be outlined
This paper presents a technique to measure the time series of the three components of the wind vecto...
International audienceA three-dimensional (3D) wind profiling Lidar, based on the latest high power ...
For the first time ever instantaneous wakes deficits of wind turbines have been measured directly in...
We present results from our recent development of a triple-beam Doppler lidar system for accurate 3-...
Measurements of atmospheric parameters, such as wind velocity, air temperature and moisture, provide...
Scanning Doppler Lidars have become more prominent in the wind energy industry for a variety of appl...
International audienceDuring the field campaign of the Terrain-induced Rotor Experiment (T-REX) in t...
In recent years, the focus on alternative energy has grown and with that the interest in optimizing ...
During the field campaign of the Terrain-induced Rotor Experiment (T-REX) in the spring of 2006, Dop...
Gusts and wake vortices are a major cause of comfort degradations, incidents, and efficiency-reducin...
Wind is fundamental in many atmospheric phenomena. Global wind profile observation is important to i...
In this paper, the development of a three-beam aerosol backscatter correlation (ABC) lidar to measur...
The technical aspects of a multi-Doppler LiDAR instrument, the long-range WindScanner system, are pr...
DLR currently investigates the use of Doppler wind lidar as sensor within feedforward gust alleviati...
An all-fiber airborne pulsed coherent Doppler lidar (CDL) prototype at 1.54μm is developed to measur...
This paper presents a technique to measure the time series of the three components of the wind vecto...
International audienceA three-dimensional (3D) wind profiling Lidar, based on the latest high power ...
For the first time ever instantaneous wakes deficits of wind turbines have been measured directly in...
We present results from our recent development of a triple-beam Doppler lidar system for accurate 3-...
Measurements of atmospheric parameters, such as wind velocity, air temperature and moisture, provide...
Scanning Doppler Lidars have become more prominent in the wind energy industry for a variety of appl...
International audienceDuring the field campaign of the Terrain-induced Rotor Experiment (T-REX) in t...
In recent years, the focus on alternative energy has grown and with that the interest in optimizing ...
During the field campaign of the Terrain-induced Rotor Experiment (T-REX) in the spring of 2006, Dop...
Gusts and wake vortices are a major cause of comfort degradations, incidents, and efficiency-reducin...
Wind is fundamental in many atmospheric phenomena. Global wind profile observation is important to i...
In this paper, the development of a three-beam aerosol backscatter correlation (ABC) lidar to measur...
The technical aspects of a multi-Doppler LiDAR instrument, the long-range WindScanner system, are pr...
DLR currently investigates the use of Doppler wind lidar as sensor within feedforward gust alleviati...
An all-fiber airborne pulsed coherent Doppler lidar (CDL) prototype at 1.54μm is developed to measur...
This paper presents a technique to measure the time series of the three components of the wind vecto...
International audienceA three-dimensional (3D) wind profiling Lidar, based on the latest high power ...
For the first time ever instantaneous wakes deficits of wind turbines have been measured directly in...